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Performance Optimization and Feature Enhancement of Construction Project Management Web Application
  1. case
  2. Performance Optimization and Feature Enhancement of Construction Project Management Web Application

Performance Optimization and Feature Enhancement of Construction Project Management Web Application

altoroslabs.com
Construction

Challenges in Construction Project Management System Performance and Compliance Reporting

The client relies on a proprietary web application for managing construction project routines, including daily worker logs, task management, safety compliance reporting, and document signing. The app faces significant performance issues, such as slow load times (up to 40 seconds) when switching views, timeouts during project updates, and difficulties in rendering reports effectively on mobile devices. Additionally, the digital signing feature suffers from overlapping signatures, affecting legal validity. The existing architecture hampers timely decision-making and compliance verification at construction sites, risking safety violations and project delays.

About the Client

A mid-sized construction firm providing project management and safety compliance solutions to various construction companies, supporting field workers and project managers with real-time data and documentation tools.

Goals for System Performance Enhancement and Functional Improvements

  • Reduce server response times from 40 seconds to approximately 1 second to enhance user experience and operational efficiency.
  • Ensure 0% downtime during system updates and maintenance activities, maintaining continuous availability for over 5,000 active daily users.
  • Improve mobile report viewing capabilities with sortable, filterable reports by date, author, category, and other relevant parameters to facilitate safety compliance monitoring.
  • Optimize digital signature functionality to prevent overlapping signatures and ensure legal enforceability of signed documents.
  • Enhance user interface to allow selection and completion of project descriptions and checklists efficiently, supporting accurate project documentation.

Core Functional Requirements for Performance and Usability Improvements

  • Enhanced query handling to minimize server requests and reduce page load times.
  • Implement sortable and filterable data views for reports based on date, author, and category within the mobile and desktop versions.
  • Refined digital signature module with adjusted HTML and CSS to prevent signature overlaps.
  • Front-end enhancement enabling users to select project description items via checkboxes for faster data entry.
  • Database query optimization including indexing and request limiting to boost performance.
  • Real-time synchronization to support 24/7 system availability without downtime during updates.

Recommended Technologies for System Optimization and Scalability

Ruby on Rails for backend optimization following best practices.
SortableJS or comparable JavaScript libraries for report sorting and filtering.
CSS and HTML enhancements to improve UI layout and prevent signature overlaps.
Database tuning with indexing and request throttling techniques to improve performance.

Essential External System Integrations for Functionality and Compliance

  • Secure digital signature services for legal document validation.
  • External safety standards and compliance databases to ensure report accuracy and regulations adherence.
  • Authentication and authorization systems to manage user access securely.

Essential Non-Functional System Requirements

  • System response time under 1 second for key operations.
  • Zero downtime deployment practices to avoid service interruptions.
  • Scalability to support over 5,000 active users daily.
  • Robust security measures, including secure signatures and user data protection.
  • Responsive design for mobile access with optimized report views.

Projected Business Benefits from System Optimization and Functional Enhancements

By implementing the system performance improvements and feature enhancements, the client can expect a significant reduction in report loading times, leading to improved decision-making efficiency at construction sites. The system's increased responsiveness and reliability will support the safety and compliance efforts of over 1,800 organizations, while maintaining 100% uptime will ensure continuous operational support for 5,000+ active daily users. Enhanced usability of reports and document signing processes will improve legal compliance and reduce risks associated with safety violations and administrative delays.

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